Catalysts
Our catalysts for optimal performance in construction
Metal catalysts, especially tin catalysts, play a crucial role in the construction industry in the production of polyurethane and silicone products, used as sealants, adhesives, foams, and coatings. They accelerate curing and improve the properties of these materials, valued for their flexibility, weather, and moisture resistance. In polyurethane sealants and adhesives, they provide elastic, weather-resistant bonds; in polyurethane foams, they enhance insulation and sealing properties. Silicone sealants benefit from faster curing and high elasticity for applications in structural glazing. Tin-catalyzed coatings also offer protection for floors and surfaces against chemicals and mechanical wear.
| Trade name | Description | Chem. formula | CAS No. | |||
|---|---|---|---|---|---|---|
|
TIB ISCRA AOA-2 - 6303-21-5 |
Antioxidant | - | 6303-21-5 | |||
|
TIB KAT 152 SnCl2*2H2O 10025-69-1 |
Stannous chloride dihydrate | SnCl2*2H2O | 10025-69-1 | |||
|
TIB KAT 160 814-94-8 |
Stannous oxalate | 814-94-8 | ||||
|
TIB KAT 162 SnCl2 7772-99-8 |
Stannous chloride, anhydrous | SnCl2 | 7772-99-8 | |||
|
TIB KAT 188 - 21651-19-4 |
Stannous oxide | - | 21651-19-4 | |||
|
TIB KAT 211 - 25168-22-3 |
Dibutyltin dineodecanoate formulation | - | 25168-22-3 | |||
|
TIB KAT 212 - |
Dibutyltin dicarboxylate formulation | - | ||||
|
TIB KAT 213 22205-30-7 |
Dioctyltin dilaurylmercaptide | 22205-30-7 | ||||
|
TIB KAT 214 - 26401-97-8 |
Dioctyltin dithioglycolate | - | 26401-97-8 | |||
|
TIB KAT 216 - 3648-18-8 |
Dioctyltin dilaurate (DOTL) | - | 3648-18-8 | |||
|
TIB KAT 217 - 870-08-6 |
Dioctyltin oxide (DOTO) formulation | - | 870-08-6 | |||
|
TIB KAT 218 - 77-58-7 |
Dibutyltin dilaurate (DBTL) | - | 77-58-7 | |||
|
TIB KAT 220 - 23850-94-4 |
Monobutylzinntris(2-ethylhexanoate) | - | 23850-94-4 | |||
|
TIB KAT 225 - 3669-02-1 |
Dibutyltin stannoxane | - | 3669-02-1 | |||
|
TIB KAT 226 22673-19-4 |
Dibutyltin diketanoate | 22673-19-4 | ||||
|
TIB KAT 226 V 80 - 22673-19-4 |
Dibutyltin diketanoate formulation | - | 22673-19-4 | |||
|
TIB KAT 229 - 17586-94-6 |
Dioctyltin diacetate (DOTA) | - | 17586-94-6 | |||
|
TIB KAT 232 - 870-08-6 |
Dioctyltin oxide (DOTO) | - | 870-08-6 | |||
|
TIB KAT 233 - 1067-33-0 |
Dibutyltin diacetate (DBTA) | - | 1067-33-0 | |||
|
TIB KAT 233S - 1067-33-0 |
Dibutyltin diacetate (DBTA) formulation | - | 1067-33-0 | |||
|
TIB KAT 248 - 818-08-6 |
Dibutyltin oxide (DBTO) | - | 818-08-6 | |||
|
TIB KAT 250 - 13355-96-9 |
Monobutyltin dihydroxychloride | - | 13355-96-9 | |||
|
TIB KAT 251 - - |
Alkyltin oxide mixture | - | - | |||
|
TIB KAT 256 - 2273-43-0 |
Monobutyltin oxide (MBTO) | - | 2273-43-0 | |||
|
TIB KAT 300 68928-76-7 |
Dimethyltin dineodekanoate | 68928-76-7 | ||||
|
TIB KAT 318 - 68299-15-0 |
Dioctyltin dineodecanoate | - | 68299-15-0 | |||
|
TIB KAT 319 - 1185-81-5 |
Dibutyltin bislaurylmecaptide | - | 1185-81-5 | |||
|
TIB KAT 320 - 24577-34-2 |
Dioctyltin bis(2-ethylhexanoate) | - | 24577-34-2 | |||
|
TIB KAT 321 10584-98-2 |
Dibutyltin bis(2-ethylhexylmercaptoacetate) | 10584-98-2 | ||||
|
TIB KAT 324 - - |
Dioctyltin stannoxane | - | - | |||
|
TIB KAT 330 3865-34-7 |
Dimethyltin dioleate | 3865-34-7 | ||||
|
TIB KAT 340 51287-84-4 |
Dimethyltin bislaurylmercaptide | 51287-84-4 | ||||
|
TIB KAT 354 57583-35-4 |
Dimethyltin bis(2-ethylhexylmercaptoacetate) | 57583-35-4 | ||||
|
TIB KAT 410 - 870-08-6 |
Dioctyltin oxide (DOTO) formulation | - | 870-08-6 | |||
|
TIB KAT 411 870-08-6 |
Dioctyltin oxide (DOTO) formulation | 870-08-6 | ||||
|
TIB KAT 416 - 93925-42-9 |
Dibutyltin oxide (DBTO) formulation | - | 93925-42-9 | |||
|
TIB KAT 417 - 870-08-6 |
Dioctyltin oxide (DOTO) formulation | - | 870-08-6 | |||
|
TIB KAT 422 - 93925-43-0 |
Dioctyltin oxide (DOTO) formulation | - | 93925-43-0 | |||
|
TIB KAT 423 - 870-08-6 |
Dioctyltin oxide (DOTO) formulation | - | 870-08-6 | |||
|
TIB KAT 424 - 818-08-6 |
Dibutyltin oxide (DBTO) formulation | - | 818-08-6 | |||
|
TIB KAT 425 - 870-08-6 |
Dioctyltin oxide (DOTO) formulation | - | 870-08-6 | |||
|
TIB KAT 425 M60 870-08-6 |
Dioctyltin oxide (DOTO) formulation | 870-08-6 | ||||
|
TIB KAT 517 - Titanium chelate |
Titanium chelate | - | Titanium chelate | |||
|
TIB KAT 519 27858-32-8 |
Titanium chelate | 27858-32-8 | ||||
|
TIB KAT 525 5593-70-4 |
Tetra-n-butyl titanate (TNBT) | 5593-70-4 | ||||
|
TIB KAT 531 15571-58-1 |
Dioctyltin bis(2-ethylhexylmercaptoacetate) | 15571-58-1 | ||||
|
TIB KAT 616 27253-29-8 |
Zinc neodecanoate formulation | 27253-29-8 | ||||
|
TIB KAT 618 85203-81-2 |
Zinc bis(2-ethylhexanoate), Zinc octoate | 85203-81-2 | ||||
|
TIB KAT 620 85203-81-2 |
Zinc bis(2-ethylhexanoate), Zinc octoate formulation | 85203-81-2 | ||||
|
TIB KAT 623 14024-63-6 |
Zinc acetylacetonate | 14024-63-6 | ||||
|
TIB KAT 635 557-34-6 |
Zinc acetate | 557-34-6 | ||||
|
TIB KAT 635 HD 5970-45-6 |
Zinc acetate dihydrate | 5970-45-6 | ||||
|
TIB KAT 715 - |
Bismuth neodecanoate, Zinc neodecanoate mixture | - | ||||
|
TIB KAT 716 34364-26-6 |
Bismuth neodecanoate formulation | 34364-26-6 | ||||
|
TIB KAT 716 LA 34364-26-6 |
Bismuth neodecanoate formulation | 34364-26-6 | ||||
|
TIB KAT 718 - |
Bismuth neodecanoate, Zinc neodecanoate mixture | - | ||||
|
TIB KAT 720 67874-71-9 |
Bismuth tris(2-ethylhexanoate), Bismuth octoate formulation | 67874-71-9 | ||||
|
TIB KAT 721 W 1450629-71-6 |
Bismuth based catalyst, solution in water | 1450629-71-6 | ||||
|
TIB KAT 722 67874-71-9 |
Bismuth tris(2-ethylhexanoate), Bismuth octoate formulation | 67874-71-9 | ||||
|
TIB KAT 725 D70 26761-42-4 |
Potassium based catalyst formulation | 26761-42-4 | ||||
|
TIB KAT 804 L 1120-44-1 |
Copper oleate formulation | 1120-44-1 | ||||
|
TIB KAT 808 1338-02-9 |
Copper naphtenate | 1338-02-9 | ||||
|
TIB KAT 810 24593-34-8 |
Cerium octoate formulation | 24593-34-8 | ||||
|
TIB KAT 811 68084-49-1 |
Cerium neodecanoate | 68084-49-1 | ||||
|
TIB KAT 812 24593-34-8 |
Cerium octoate formulation | 24593-34-8 | ||||
|
TIB KAT 815 - 14024-18-1 |
Iron acetylacetonate | - | 14024-18-1 | |||
|
TIB KAT 816 22464-99-9 |
Zirconium 2-ethylhexanoate, Zirconium octoate formulation | 22464-99-9 | ||||
|
TIB KAT HES 70% - 107-36-8 |
Hydroxyethane sulphonic acid 70 % | - | 107-36-8 | |||
|
TIB KAT K15 3164-85-0 |
adPotassium octoate formulation | 3164-85-0 | ||||
|
TIB KAT K25 26761-42-3 |
Potassium based catalyst formulation | 26761-42-3 | ||||
|
26761-42-2 |
TIB KAT K25 DINCH60 | 26761-42-2 | ||||
|
TIB KAT MP CH3SO3H 75-75-2 |
Methanesulphonic acid modified | CH3SO3H | 75-75-2 | |||
|
TIB KAT S70 - 5138-18-1 |
Sulphosuccinic acid 70 % | - | 5138-18-1 | |||
|
TIB KAT SP CH3SO3H 75-75-2 |
Methanesulphonic acid modified | CH3SO3H | 75-75-2 | |||
|
TIB STAB 115 1070-03-7 |
2-Ethylhexyl phophate | 1070-03-7 |
Our products
in the range Catalysts
The most important applications for metal catalysts in the construction industry include:
1. Polyurethane sealants and adhesives Tin catalysts are used to accelerate curing and crosslinking reactions in polyurethane sealants and adhesives. These products are essential for sealing joints, for example in windows, doors and facades. Resilient connections: Tin-based polyurethane sealants and adhesives offer high flexibility and weather resistance, making them particularly suitable for construction applications.
2. Polyurethane foams Building insulation: Rigid polyurethane foams, which are often used in thermal insulation panels and insulation layers in walls, roofs and floors, benefit from tin catalysts. They ensure uniform foam formation and a controlled reaction rate, which improves the thermal properties and structural integrity of the material. Seals and cavity fillings: In construction applications, polyurethane foams are also used as filling and sealing material in cavities or for sound and heat insulation.
3. Silicone sealants and elastomers RTV silicones: Tin catalysts are used in silicone sealants that cure at room temperature to accelerate the curing reaction. These sealants are widely used in windows, bathroom joints, facades and other areas that require a long-lasting, flexible seal. Architectural glazing and structural bonding: Silicone sealants with tin catalysts are ideal, especially for applications that require high elasticity and weather resistance.
4. Coatings In some special cases, tin-catalyzed polyurethane coatings are used, e.g. for floor coatings and as a protective layer for steel or concrete surfaces. The tin catalysts help to improve hardening and bonding to the substrate, which increases the resistance of the coating to chemicals and mechanical stress.